{\footnotesize 
{ \renewcommand{\arraystretch}{1.2} 
\begin{table} 
\center 
\begin{tabular}{cc cccc cc} 
\hline 
 Method & & $ Na_{6}$ &$ Na_{15}$ &$ Na_{24}$ &$ Na_{33}$ &$ Na_{min}$ &$ Na_{max}$  \\ \hline  \hline
\rowcolor{LightCyan}DA & Mean 
 & 1262.1704  & 2108.8567  & 1391.9864  & 1124.3725  & 1974.4850  & 962.6263  \\  [0.75ex] 
 & (Std) 
 & (57.3873)  & (189.6912)  & (101.8046)  & (116.5154)  & (162.4056)  & (29.9541)  \\  [0.75ex] 
 & ESS 
 & 21.1995  & 13.8319  & 20.8715  & 17.5697  & 12.5762  & 107.8619  \\  [0.75ex] 
[619.76 s]  & ESS/sec. 
& 0.0342 & 0.0223 & 0.0337 & 0.0283 & 0.0203 & 0.1740  \\  [1.3ex] 
\rowcolor{LightCyan} Adapt10 & Mean 
 & 1390.6372  & 2221.7800  & 1365.2271  & 1016.1044  & 2018.3667  & 1105.4581  \\  [0.75ex] 
 & (Std) 
 & (90.6318)  & (255.1373)  & (154.0189)  & (193.1836)  & (214.1724)  & (37.2524)  \\  [0.75ex] 
 & ESS 
 & 11.2581  & 6.1399  & 5.8046  & 9.9268  & 4.3974  & 22.5923  \\  [0.75ex] 
[530.05 s]  & ESS/sec. 
& 0.0212 & 0.0116 & 0.0110 & 0.0187 & 0.0083 & 0.0426  \\  [1.3ex] 
\rowcolor{LightCyan} Adapt20 & Mean 
 & 1337.1374  & 2168.8561  & 1409.0058  & 1229.5900  & 2013.3896  & 1086.9291  \\  [0.75ex] 
 & (Std) 
 & (85.7589)  & (249.0409)  & (145.8348)  & (175.3305)  & (206.8905)  & (37.0923)  \\  [0.75ex] 
 & ESS 
 & 19.4723  & 14.5769  & 31.6349  & 21.3130  & 13.5675  & 44.2713  \\  [0.75ex] 
[463.52 s]  & ESS/sec. 
& 0.0420 & 0.0314 & 0.0682 & 0.0460 & 0.0293 & 0.0955  \\  [1.3ex] 
\rowcolor{LightCyan} Adapt30 & Mean 
 & 1450.7033  & 2501.2667  & 1518.4927  & 1155.8653  & 2282.4194  & 1119.7034  \\  [0.75ex] 
 & (Std) 
 & (151.0700)  & (488.7785)  & (260.6261)  & (279.0556)  & (420.4236)  & (50.9247)  \\  [0.75ex] 
 & ESS 
 & 7.4797  & 6.7334  & 6.1194  & 4.0668  & 6.2225  & 10.7843  \\  [0.75ex] 
[464.55 s]  & ESS/sec. 
& 0.0161 & 0.0145 & 0.0132 & 0.0088 & 0.0134 & 0.0232  \\  [1.3ex] 
\rowcolor{LightCyan}Bin10 & Mean 
 & 1386.8537  & 2393.3571  & 1561.3929  & 1353.2269  & 2245.5502  & 1097.9972  \\  [0.75ex] 
 & (Std) 
 & (57.3259)  & (161.4135)  & (143.0964)  & (225.9152)  & (153.8314)  & (29.0636)  \\  [0.75ex] 
 & ESS 
 & 31.8927  & 19.5955  & 16.1589  & 11.5905  & 14.5001  & 100.5173  \\  [0.75ex] 
[536.47 s]  & ESS/sec. 
& 0.0594 & 0.0365 & 0.0301 & 0.0216 & 0.0270 & 0.1874  \\  [1.3ex] 
\rowcolor{LightCyan}Bin20 & Mean 
 & 1327.4604  & 2040.1360  & 1284.1728  & 1018.0110  & 1858.1912  & 1085.6337  \\  [0.75ex] 
 & (Std) 
 & (53.0706)  & (124.3563)  & (87.4769)  & (114.8304)  & (100.8567)  & (30.2959)  \\  [0.75ex] 
 & ESS 
 & 76.1606  & 54.2884  & 60.6168  & 32.7798  & 47.6293  & 184.3066  \\  [0.75ex] 
[474.46 s]  & ESS/sec. 
& 0.1605 & 0.1144 & 0.1278 & 0.0691 & 0.1004 & 0.3885  \\  [1.3ex] 
\rowcolor{LightCyan}Bin30 & Mean 
 & 1319.4695  & 1964.0595  & 1274.4878  & 970.5011  & 1795.5211  & 1085.2088  \\  [0.75ex] 
 & (Std) 
 & (51.0513)  & (110.9170)  & (73.8431)  & (89.7842)  & (81.4852)  & (28.1833)  \\  [0.75ex] 
 & ESS 
 & 29.5753  & 21.3157  & 59.9500  & 16.1475  & 18.9977  & 113.1428  \\  [0.75ex] 
[526.24 s]  & ESS/sec. 
& 0.0562 & 0.0405 & 0.1139 & 0.0307 & 0.0361 & 0.2150  \\  [1.3ex] 
\rowcolor{LightCyan} Exact & Mean 
 & 1356.1459  & 2149.6041  & 1359.8412  & 1105.7685  & 1969.6735  & 1092.3263  \\  [0.75ex] 
 & (Std) 
 & (87.5907)  & (222.3004)  & (145.4492)  & (245.7655)  & (180.9572)  & (37.5743)  \\  [0.75ex] 
 & ESS 
 & 34.3262  & 24.6934  & 16.3984  & 9.1912  & 21.4608  & 67.2767  \\  [0.75ex] 
[948.12 s]  & ESS/sec. 
& 0.0362 & 0.0260 & 0.0173 & 0.0097 & 0.0226 & 0.0710  \\  [1.3ex] 
 \\  \hline 
\multicolumn{8}{p{11cm}}{\footnotesize{ESS: at lag equal to the lowest order at which sample autocorrelation is not significant.}}  \\ 
\multicolumn{8}{p{11cm}}{\footnotesize{$Na_{min}$/$Na_{max}$: corresponding to the lowest/highest ESS for the DA method.}}  \\ 
\multicolumn{8}{p{11cm}}{\footnotesize{Computing times  (in seconds) in square brackets.}}  \\ 
\end{tabular}
\caption{Lapwings data: posterior means, standard deviations and effective sample sizes (ESS) of the model parameters for $M=10,000$ posterior draws after a burn-in of $10,000$..}
\label{tab:BKM_Na_1}  
\end{table}
}} \normalsize